Eco Wave Power Reports Strong December 2025 Wave Energy Performance at Jaffa Port, Reinforcing Scalability of Its Wave Energy Technology

Core Viewpoint - Eco Wave Power Global AB has reported strong performance in wave energy production at its EWP-EDF One project in Jaffa Port, Israel, during December 2025, demonstrating the reliability and scalability of its technology [1][10]. Group 1: Performance and Operational Data - The EWP-EDF One system has maintained zero downtime since the beginning of 2025, operating stably in wave conditions of 1 meter and above [2]. - In December 2025, the project produced over 2,000 kWh of clean electricity during approximately 12 days of moderate wave heights between 1 and 2 meters [2]. - The strong performance during December confirms the system's ability to generate energy reliably under real-world conditions, providing valuable data for future advancements in wave energy technology [3][5]. Group 2: Future Projects and Scalability - Future commercial projects are planned to utilize larger floaters and a higher number of units, which are expected to significantly enhance energy capture and improve production profiles compared to pilot installations [6]. - The successful performance at Jaffa Port supports the scalability potential of Eco Wave Power's technology, paving the way for larger, commercial-scale deployments [5][6]. - The company is expanding its global footprint with projects in various locations, including the Port of Los Angeles, Taiwan, India, and Portugal, indicating a robust project pipeline of 404.7 MW under development [9][13]. Group 3: Company Commitment and Vision - Eco Wave Power is committed to advancing wave energy from demonstration to commercial application, systematically collecting performance data to optimize future designs [7]. - The company aims to unlock a stronger production profile as it scales to larger floaters and expanded arrays, moving wave energy closer to large-scale commercial deployment [10]. - Eco Wave Power's innovative systems are designed to be efficient, scalable, and environmentally responsible, contributing to a diversified renewable energy future [10].